| Autor: |
Anderson, Michael, Binderbauer, Michl, Bystritskii, Vitaly, Garate, Eusebio, Rostoker, Norman, Song, Yuanxu, Van Drie, Allen |
| Zdroj: |
2004 International Conference on High-Power Particle Beams (BEAMS 2004); 1/ 1/2004, p71-74, 4p |
| Abstrakt: |
The paper summarizes the recent experiments on the injection and transport across applied B-field of an intense, wide cross-section (∼10 cm) H+ plasma (PB) and ion (IB) beam of 60 to 120 eV and 60 to 120 keV energy, respectively, in vacuum and ambient magnetized H+ plasma of temperature Ti∼5 eV and density of 1012−1013 cm−3. With current densities of 10–30 A/cm2, the PB and IB propagated were undeflected in vacuum with a measurable loss of peripheral layers. At B-fields >0.8 kG, only the narrow central core of the PB survived accompanied by a sharp increase in core density due to braking and respective bunching. Cross B-field propagation of the PB in ambient plasma (AP) was also undeflected, however, with less peripheral losses and a lack of bunching which can be interpreted as an inadequate shorting of the induced polarization E-field and therefore is described as E×B transport. The IB in magnetized ambient plasma, as a whole, followed a one-particle Larmor trajectory corresponding to an adequate shorting of the polarization E-field along with a significant loss of intensity. [ABSTRACT FROM PUBLISHER] |
| Databáze: |
Complementary Index |
| Externí odkaz: |
|
